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    • 6. 发明申请
    • EQUAL DELAY FLIP-FLOP BASED ON LOCALIZED FEEDBACK PATHS
    • 基于本地化反馈条件的平均延迟翻转
    • US20080297219A1
    • 2008-12-04
    • US12107789
    • 2008-04-23
    • SUJAN MANOHARPavan Vithal Torvi
    • SUJAN MANOHARPavan Vithal Torvi
    • H03K3/289
    • H03K3/356156H03K3/011H03K3/356173
    • Equal delay flip-flop systems and complementary input complementary output equal delay flip-flop circuits are disclosed. In one embodiment, an equal delay flip-flop system includes a first delay flip-flop for processing a first input, including a first tri-state input driver for driving the first input, a first master latch for sampling and/or forwarding the first input, a first transmission gate for relaying the first input forwarded by the first master latch, and a first slave latch for storing and/or forwarding the first input. The equal delay flip-flop system further includes a second delay flip-flop for processing a second input, including a second tri-state input driver for driving the second input, a second master latch for sampling and/or forwarding the second input, a second transmission gate for relaying the second input forwarded by the second master latch, and a second slave latch for storing and/or forwarding the second input.
    • 公开了等延迟触发器系统和互补输入互补输出等延迟触发器电路。 在一个实施例中,等延迟触发器系统包括用于处理第一输入的第一延迟触发器,第一延迟触发器包括用于驱动第一输入的第一三态输入驱动器,用于采样和/或转发第一输入的第一主锁存器 输入,用于中继由第一主锁存器转发的第一输入的第一传输门,以及用于存储和/或转发第一输入的第一从锁存器。 等延迟触发器系统还包括用于处理第二输入的第二延迟触发器,第二延迟触发器包括用于驱动第二输入的第二三态输入驱动器,用于采样和/或转发第二输入的第二主锁存器 用于中继由第二主锁存器转发的第二输入的第二传输门,以及用于存储和/或转发第二输入的第二从锁存器。
    • 7. 发明申请
    • METHOD AND APPARATUS FOR A LOW STANDBY-POWER FLIP-FLOP
    • 一种低功耗平板玻璃的方法和装置
    • US20070273420A1
    • 2007-11-29
    • US11419766
    • 2006-05-23
    • Pavan Vithal TorviSujan Manohar
    • Pavan Vithal TorviSujan Manohar
    • H03K3/289
    • H03K3/3562
    • A flip-flop is configured for low standby/leakage power for power-conservation, especially in battery operated portable devices using flip-flops. The flip-flop uses a clock and may be a D flip-flop, including a master latch with first and second inverters and a slave latch. The inverters in the master-latch are configured to be selectively gated. The gating is preferably done by first and second transistors receiving the clock signal and connected between a voltage source and the ground. The gating cuts off power supply to the inverters when the clock is low and reduces leakage power. The slave latch includes a primary inverter and a feedback inverter. Expediently, a transmission gate between the master-latch and the slave-latch is eliminated. The primary inverter in the slave-latch is not gated to prevent the input of the feedback inverter from going into a “floating” state.
    • 触发器配置为用于节电的低待机/漏电功率,特别是在使用触发器的电池供电的便携式设备中。 触发器使用时钟并且可以是D触发器,包括具有第一和第二反相器的主锁存器和从锁存器。 主锁存器中的反相器配置为选择性门控。 门控优选地由接收时钟信号并连接在电压源和地之间的第一和第二晶体管完成。 当时钟低电平时门控器切断逆变器的电源,并减少漏电功率。 从锁存器包括主逆变器和反馈逆变器。 有利地,消除了主锁存器和从锁存器之间的传输门。 从锁存器中的主逆变器不是门控,以防止反馈逆变器的输入进入“浮动”状态。